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Non-rejuvenating events. Non-rejuvenating events. affect CM data but do not add life to an asset. e.g. Oil changes, alignment, balancing, cleaning, ajustment, calibration, etc. Fe ppm. Working age.
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Non-rejuvenating events affect CM data but do not add life to an asset. e.g. Oil changes, alignment, balancing, cleaning, ajustment, calibration, etc. Fe ppm Working age To demonstrate the use of non-rejuvenating event data, this chart will track a CBM data trend.
B C A Non-rejuvinating events affect CM data but do not add life to an asset. e.g. Oil changes, alignment, balancing, cleaning, ajustment, calibration, etc. Fe ppm Working age The condition of the equipment at point C appears to be improving.
B C A Non-rejuvinating events affect CM data but do not add life to an asset. e.g. Oil changes, alignment, balancing, cleaning, ajustment, calibration, etc. Fe ppm Working age … but only if we infer that the trajectory is A to B to C.
B C A D Oil change interval Non-rejuvinating events affect CM data but do not add life to an asset. e.g. Oil changes, alignment, balancing, cleaning, ajustment, calibration, etc. Fe ppm Working age Now we are told that an oil change took place at D.
B C A D Oil change interval Non-rejuvinating events affect CM data but do not add life to an asset. e.g. Oil changes, alignment, balancing, cleaning, ajustment, calibration, etc. Fe ppm Hence the actual path is ABDC. If we ignore non-rejuvenating events we may mislead the analysis into thinking that the asset’s condition has “magically” improved. Working age